Studies Of Wavelength-Shifting Liquid Filled Quartz Capillaries For Use In A Proposed Cms Calorimeter

B. Baumbaugh, T. Adams, M. Arenton, A. Askew,R. Becker, B. Bilki,A. Bornheim,B. Cox, P. Debbins,N. Dev,G. Dissertori, B. Dolezal, K. Ford, S. Goadhouse,R. Hirosky,A. Heering,C. Jessop, H. Li, P. Link, W. Lustermann,M. Marinelli,M. Mckenna, P. Meridani,F. Micheli, C. Mohs, Y. Musenko,F. Nessi-Tedaldi, C. Neu, H. Newman, Y. Onel,R. Ruchti, N. Siwiets, M. Spiropulu,T. Tabarelli-De Fatis,J. Taylor,M. Vigneault, M. Wayne, F. Yang, L. Zhang,R-Y Zhu

2015 IEEE NUCLEAR SCIENCE SYMPOSIUM AND MEDICAL IMAGING CONFERENCE (NSS/MIC)（2015）

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摘要

Studies have been done and continue on the design and construction of a Shashlik detector using Radiation hard quartz capillaries filled with wavelength shifting liquid to collect the scintillation light from LYSO crystals for use as a calorimeter in the Phase II CMS upgrade at CERN. The work presented here focuses on the studies of the capillaries and liquids that would best suit the purpose of the detector. Comparisons are made of various liquids, concentrations, and capillary construction techniques will be discussed.

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关键词

wavelength-shifting liquid filled quartz capillaries,CMS Calorimeter,Shashlik detector construction,Shashlik detector design,radiation hard quartz capillaries,scintillation light,LYSO crystals,Phase II CMS upgrade,CERN,capillary construction techniques

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